Hello everyone. I've been trying to figure out how to fix these errors for about two hours now and I have yet to figure out how. Here are the errors I get:

http://www.carbongraphx.com/errors.jpg

Here's my program:

Any help would be greatly appreciated. Thanks.Code://fun.cpp //Jason Smith /*This program converts Celsius to Fahrenheit values, finds volume of a given sphere, and the hypotenuse of a given right triangle*/ #include <iostream.h> #include <iomanip.h> #include <math.h> const float PI = 3.14159; double ctoF(double celsius); double volume(double radius); double hypotenuse(double firstleg, double secondleg, double c); double ftoC(double fahr); void intro(); int main() { double celsius, fahr, radius, firstleg, secondleg; intro(); cout <<"Enter a Celsius temperature to be converted to Fahrenheit: "; cin >>celsius; cout <<endl; cout <<"Enter a Fahrenheit temperature to be converted to Celsius: "; cin >>fahr; cout <<endl; cout <<"Enter the radius of the sphere: "; cin >>radius; cout <<endl; cout <<"Enter the legs of the right triangle with a space between them: "; cin >>firstleg >>secondleg; cout << setiosflags(ios::right|ios::fixed|ios::showpoint); cout << setprecision(2); cout << celsius <<" degress C = " << ctoF(celsius) <<" degrees F."<<endl; cout << fahr <<" degrees F = " << ftoC(fahr) <<" degrees C."<<endl; cout <<"The volume of a sphere of radius "<<radius<<" is "<< volume(radius) <<"."; cout <<"The hypotenuse of a right triangle of legs "<< firstleg <<" and "<< secondleg <<" is "<< hypotenuse(firstleg, secondleg) <<"."; } void intro() { cout << "Program: Fun.CPP"; cout << "By Jason Smith on October 20, 2002"; cout <<endl; cout << "**This program converts Celsius to Fahrenheit values,\n"; cout << "finds the volume of a given sphere, and the hypotenuse \n"; cout << "of a given right triangle.\n"; cout << "***LET THE FUN COMMENCE!!***"; cout <<endl; cout <<endl; } double ctoF(double celsius) { return ((1.8*celsius) + 32); } double ftoC(double fahr) { return (5/9 * (fahr - 32)); } double volume(double radius) { return (4/3*(PI * (double pow(double radius, double 3))); } double hypotenuse(double firstleg, double secondleg, double c) { c = (double pow(double firstleg, double 2)) + (double pow(double secondleg, double 2)); return (double sqrt(double c)); }

Jason

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